A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a prefabricated part connecting method which comprises the steps that upper and lower prefabricated parts are connected, horizontally adjacent prefabricated parts are directly connected, and every two horizontally adjacent prefabricated parts are tightly spliced and connected, so that edge cavities of the two prefabricated parts are in butt joint to form a cylindrical cavity; when the upper-layer prefabricated part and the lower-layer prefabricated part are connected, a first vertical connecting steel bar is inserted into the cylindrical cavity of the lower-layer prefabricated part, and the top end of the first vertical connecting steel bar does not exceed the top end of the cylindrical cavity; concrete is poured into the cylindrical cavity of the lower-layer prefabricated part, and the height of the concrete is controlled to reach the reserved horizontal plane; the upper-layer prefabricated part is installed above the lower-layer prefabricated part, a second vertical connecting steel bar is inserted into a cylindrical cavity of the upper-layer prefabricated part, and the bottom end of the second vertical connecting steel bar enters an anchoring area at the top end of the lower-layer prefabricated part; and concrete is poured into the cylindrical cavity of the upper-layer prefabricated part.
本发明公开了一种预制构件的连接方法，包括上下层预制构件的连接，以及水平相邻的预制构件直接的连接，水平相邻的两个预制构件密拼连接，使得两个预制构件的边缘空腔对接形成柱形空腔；上下层预制构件连接时，在下层预制构件的柱形空腔内插入第一竖向连接钢筋，且第一竖向连接钢筋的顶端不超过柱形空腔的顶端；向下层预制构件的柱形空腔内浇筑混凝土，并控制混凝土的高度达到预留水平面；将上层预制构件安装在下层预制构件的上方，将第二竖向连接钢筋插入上层预制构件的柱形空腔内，并使得第二竖向连接钢筋的底端进入下层预制构件顶端的锚固区；向上层预制构件的柱形空腔内浇筑混凝土。
The invention discloses a prefabricated part connecting method which comprises the steps that upper and lower prefabricated parts are connected, horizontally adjacent prefabricated parts are directly connected, and every two horizontally adjacent prefabricated parts are tightly spliced and connected, so that edge cavities of the two prefabricated parts are in butt joint to form a cylindrical cavity; when the upper-layer prefabricated part and the lower-layer prefabricated part are connected, a first vertical connecting steel bar is inserted into the cylindrical cavity of the lower-layer prefabricated part, and the top end of the first vertical connecting steel bar does not exceed the top end of the cylindrical cavity; concrete is poured into the cylindrical cavity of the lower-layer prefabricated part, and the height of the concrete is controlled to reach the reserved horizontal plane; the upper-layer prefabricated part is installed above the lower-layer prefabricated part, a second vertical connecting steel bar is inserted into a cylindrical cavity of the upper-layer prefabricated part, and the bottom end of the second vertical connecting steel bar enters an anchoring area at the top end of the lower-layer prefabricated part; and concrete is poured into the cylindrical cavity of the upper-layer prefabricated part.
本发明公开了一种预制构件的连接方法，包括上下层预制构件的连接，以及水平相邻的预制构件直接的连接，水平相邻的两个预制构件密拼连接，使得两个预制构件的边缘空腔对接形成柱形空腔；上下层预制构件连接时，在下层预制构件的柱形空腔内插入第一竖向连接钢筋，且第一竖向连接钢筋的顶端不超过柱形空腔的顶端；向下层预制构件的柱形空腔内浇筑混凝土，并控制混凝土的高度达到预留水平面；将上层预制构件安装在下层预制构件的上方，将第二竖向连接钢筋插入上层预制构件的柱形空腔内，并使得第二竖向连接钢筋的底端进入下层预制构件顶端的锚固区；向上层预制构件的柱形空腔内浇筑混凝土。
Connecting method of prefabricated parts
一种预制构件的连接方法
ZHU FENGQI (author)
2024-09-17
Patent
Electronic Resource
Chinese
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